Shared Research Facilities and Equipment

The Pharmaceutical Education & Research Center (PERC) at Campbell University offers a wide variety of analytical, formulation, R&D, and training services to pharmaceutical and biotechnology industries, compounding pharmacies, and academic institutions.

This facility provides dedicated 3,000 sq. ft. designed for high resolution imaging and physiologic studies of airway epithelial cell structure/function.

The Cellular and Molecular Imaging Facility at North Carolina State University is located in 4115 Gardner Hall (North Campus) and contains a number of state-of-the-art light microscopes, including a Zeiss LSM 710 confocal. CMIF primarily serves the NC State community and is also open to scientists from other universities and local industries. The rates posted on our website are for NCSU students, faculty and staff. Please enquire about rates for facility users outside NCSU. Training and imaging assistance is available.

CDI’s goal is to catalyze the growth of creative industries in the Piedmont Triad through design-focused activity based on advanced technologies. Services in rapid prototyping and design in various media are available.

The Chapel Hill Analytical and Nanofabrication Laboratory (CHANL) offers access to a series of microscopy and spectroscopy tools as well as fabrication tools in our cleanroom. We are open to researchers from academia, non-profit labs and industry.

The advanced technology in each core facility provokes a collaborative environment in which researchers receive support in the design, implementation, analysis, interpretation and reporting of research. The core labs include comparative medicine, proteomics and metabolomics, molecular biology, the imaging facility (which is comprised of Histology, electron microscopy, and confocal microscopy) as well as an immune monitoring core. The availability of sophisticated, centralized resources offers investigators an exceptional research advantage.

The CMS DNA Analysis Core Facility provides UNCW faculty, students and researchers with the state-of-the-art infrastructure and expertise needed to generate and analyze DNA data for research and education.

The Comparative Pathology Laboratory’s core mission is to support the pathology needs of biomedical researchers in pursuit of natural and experimental models of human diseases. Located on the Clarkson Campus of the Wake Forest Baptist Medical Center, the laboratory is an integral part of the Center for Comparative Medicine Research, Section on Comparative Medicine, Department of Pathology, and the Comprehensive Cancer Center. The facilities consist of two major components: a full-service diagnostic and experimental necropsy suite and a histology and immunohistochemistry laboratory. Additionally, a wide range of professional expertise is available including veterinary staff pathologists and histotechnicians. Services include tissue and slide processing, and routine and specialized cytochemical staining. Finally, high throughput immunohistochemistry and in situ hybridization services are available through customized protocols using a Leica Bond RX autostainer platform. The laboratory has over 25 years of experience working with nonhuman primate and rodent tissues and uses a fee-for-service guide to help investigators meet their histology and immunohistochemistry research needs.

The Informatics group of Duke's Center for Genomic and Computational Biology (GCB), in which the Computational Solutions core is based, operates, manages, and maintains high-performance infrastructure tailor-designed for the computing, networking, and data moving challenges arising from genomic science. This includes a high-performance computing (HPC) cluster (HARDAC) with large parallel file system storage attached, OpenStack and VMware-based compute VM clusters. Our infrastructure is used every day by researchers across schools and departments, as well as by cores within and outside of GCB. We maintain strong cybersecurity to meet the data protection requirements for PHI and other sensitive data.

The Crystallography and Computational Biosciences Core provide access to cutting-edge macromolecular X-ray diffraction as well as computational modeling and simulation methods.